循环查找所有打开零件的特征并输出特征列表

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循环查找所有打开零件的特征并输出特征列表
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1. 
   
2. <p>static void do_UGopen_api(void)
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3. {
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4. // create block 1
   
5. double coner[3] = {0,0,0};
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6. char *edges[3] = {"l=100","w=100","h=20"};
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7. tag_t blk_tag;
   
8. UF_MODL_create_block1(UF_NULLSIGN,coner,edges,&blk_tag);
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9. // create a hole
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10. double dir[3] = {0,0,1};
    
11. double coner1[3] = {50,50,0};
    
12. tag_t cyl_tag;
    
13. UF_MODL_create_cyl1(UF_NEGATIVE,coner1,"h","20",dir,&cyl_tag);
    
14. tag_t part;
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15. char msg[132],msg1[132];
    
16. char part_fspec[MAX_FSPEC_SIZE+1];
    
17. int num = UF_PART_ask_num_parts();
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18. sprintf(msg,"the part num is %d",num);
    
19. uc1601(msg,1);
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20. for(int num_part=0;num_part<num;num_part++)
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21. {
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22.   part = UF_PART_ask_nth_part(num_part);
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23.   UF_PART_ask_part_name(part,part_fspec);
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24.   uc1601(part_fspec,1);
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25.   int count = 0;
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26.   int type = UF_feature_type;
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27.   tag_t feature = NULL_TAG;
    
28.   UF_OBJ_cycle_objs_in_part(part,type,&feature);
    
29.   char *name;
    
30.   while(feature!= NULL_TAG)
    
31.   {
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32.     count++;
    
33.     UF_MODL_ask_feat_display_name(feature,&name);
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34.     UF_OBJ_cycle_objs_in_part(part,type,&feature);
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35.     sprintf(msg1,"the cyle result is the %d feature : %s",count,name);
    
36.     uc1601(msg1,1);
    
37.   }  
    
38.   
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39. }
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40.   
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41. }</p>

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